Translation of dice mill and dicer

Is it what the dicing machine uses? What materials are food, chemical, cement, .........

The plastic used probably means putting the plastic into a dice mill with a preheated temperature of 185 degrees, and then cutting into pellets. I just don’t know what dice mill means.

I guess: Dice mill probably means a slicing press, but it depends on the blend. Could you please give me some specific information? A dicer should be something like a slicer.

The blend was then fed into a dice mill with a preheated roll temperature of about 185℃, and then chopped into pellets in a dicer. It is an ordinary plastic processing process. The equipment used is called a twin-screw (single-screw) extruder.: The main function is to mix materials and then extrude them. literal translation: Then the mixed material is fed into the material mill (the extruder above). The preheating temperature of the roller is about 185, and then cut into particles in the pelletizer. The dice mill literally means an abrasive machine, but in essence it is a plastic extruder dicer pelletizer.

Thank you. Can the molten plastic upstairs be transported to the extruder?

Why do you need molten plastic? Generally, the solid powder is added through the hopper, and then heated and extruded in the machine. If you want to add it, you can try it.

dice=cube block, dice, slice dicer=cube cutter slice/dicing/dicing machine According to your context, I understand dice mill=dice rolling mill, can it be called: Tablet press, pressing machine:lol

The blend was then fed into a dice mill with a preheated roll temperature of about 185℃, and then chopped into pellets in a dicer. After the rollers of the grinder are preheated to about 185 degrees, the mixture is added to the grinder and then cut into small pieces/balls in the dicing machine. The specific pellet depends on the product requirements. I hope you all agree!

Since I think the extruder is an extruder and this one is a rolling mill, I suspect it is different. Dongping gave the following explanation. I feel that calling it "extruder" makes sense.: “An extruder is a more professional term. It can be heated to change the material into a fluid state for mixing. It can then be attached with different extrusion heads to extrude strips or sheets, and then use a pelletizer to cut into pellets and bag them. The structure inside is that two rollers move relative to each other to fully mix the mixture (plastic) and heat it. After that, it is extruded, which is the extruder. If it is not extruded, it is a direct mixing machine. There are three in our laboratory, and only one has an extruder. If you don’t understand this kind of machine or plastic processing technology, it will be difficult to translate. If the literal translation cannot be reflected at all, this is the advantage of a professional background in translation, right? ” :lol

It is more likely to be an extruder, but I don’t know if there is an extruder that can add molten plastic. This sentence is also mentioned above.: All the ingredients were simultaneously charged to the mixer9preheated to 135 centigrade) . The rotor speed was generally of the order of about 90 rpm. M * ing time were from above 4 minutes to about 6 minutes. The blend when it was taken out of the mixer was at a temperature of about 235 centigrade. The blend then was fed into a dice mill with a preheated roll temperature of about 185 centigrade and then chopped into pellets in a dicer. So if you have any questions about whether molten material can be added to the extruder, please dongping and all the heroes, thank you!

There is no problem in adding molten material to the extruder. It also eliminates the heating program or process in the extruder, and only the heat preservation is left. If the extruder does not have an extrusion head, sometimes we call it a twin-screw internal mixer (extruder). Its main function is heating (the rollers are heated) and mixing. I have read all the poster’s information and understood most of it. In the article, the mixture is first heated in an internal mixer without an extrusion head, and then added to the extruder to extrude it into strips (the second half of the extrusion head still needs to be cooled). Today's extruders can combine these two jobs into one (this is true in companies). If the host's laboratory has a version of the current extruder (one that combines two into one), it won't be so troublesome. You can just add the solid mixture directly into the hopper. If not, just do it on two devices separately, don’t burn it :lol